Format numeric cell style based on the class
of the columns. If it is numeric
, numeric format is two decimal
places. If it is scientific
, numeric format is scientific of the
form 0.00E+00.
Usage
format_num_cell_style(
curve_summary,
dilution_summary = lifecycle::deprecated(),
workbook,
sheet
)
Arguments
- curve_summary
The summary table generated by function
summarise_curve_table()
and/orevaluate_linearity()
but it can also be any generic data frame or tibble.- dilution_summary
- workbook
A workbook object from
openxlsx
.- sheet
The name of the sheet to apply the numeric style on
workbook
.
Examples
r_corr <- c(
0.951956, 0.948683, 0.978057, 0.976462,
0.970618, 0.969348, 0.343838, 0.383552
)
pra_linear <- c(
65.78711, 64.58687, 90.21257, 89.95473,
72.91220, 72.36528, -233.05949, -172.13659
)
mandel_p_val <- c(
2.899006e-07, 7.922290e-07, 2.903365e-01, 3.082930e-01,
3.195779e-08, 6.366588e-08, 3.634004e-02, 1.864090e-02
)
concavity <- c(
-4133.501328, -4146.745747, -3.350942, -3.393617,
0.3942824, 0.4012963, -19.9469621, -22.6144875
)
curve_summary <- data.frame(
r_corr = r_corr, pra_linear = pra_linear,
mandel_p_val = mandel_p_val,
concavity = concavity
)
curve_summary <- mark_near_zero_columns(curve_summary)
# Create a new workbook
my_workbook <- openxlsx::createWorkbook()
# Create a new worksheet
openxlsx::addWorksheet(wb = my_workbook, sheetName = "Curve Summary")
format_num_cell_style(curve_summary,
workbook = my_workbook, sheet = "Curve Summary"
)